ESX CONTROL UNITS (SAFETY / NON SAFETY)

Standard portfolio of control units
Future-proof due to modular construction on common platform
STW software toolchain for open programming
Cross-variant development of safety-relevant applications
Real-time Ethernet, Ethernet switch and CAN FD
Cost-optimized derivation of customer-specific variants

The ESX control device family includes robust and efficient safety and non-safety control units.
In addition to control units with flexible adaptation possibilities regarding the connector pins via expansion boards (e.g. ESX-3XL or ESX-3XM), compact control units with fixed pin assignments (e.g. ESX-4CS-GW, ESX-3CM or ESX-3CS) are available.
For the realization of safety applications, the control units are either equipped with a multicore processor (fourth generation) or with a second, additional processor (third generation). In both cases, different system voltages and the program sequence are internally monitored. If required, all outputs are switched off via a second shut-down method or the main controller is reset. Digital and analog feedback for almost all signal branches permits comprehensive diagnostics for the system including the inputs and outputs.
In order to separate safety and non-safety application sections, in fourth-generation control units one processor in the multicore processor is used purely for the safety application. In third-generation control units, a memory protection unit is provided for the separation of safety and non-safety (feedback-free) application sections.
The application software for the ESX control units can be highly efficiently created either in “C” or also acc. IEC61131 (using CODESYS or logi.CAD). In addition, depending on the control unit, Matlab support packages are available. In the programming interface, numerous convenient functions such as current controllers and ramp functions for outputs or frequency averaging for inputs are integrated. Various supplementary libraries, for example for CANopen, J1939 or error handling simplify the system integration.

ESX-4CS-GW

Aurix TC299 Multicore 32 bit, 300 MHz
24 MB Flash
6 CAN interfaces, 1 RS23 interface and up to 5 Ethernet interfaces
4 x 100 Mbit/s, optionally 1 x 1 Gbit/s
2 MB RAM, 32 kB EEPROM
12 inputs (SENT support) und 6 outputs

ESX-3CS

SIL2, PLd
TriCore TC 1798 32 bit, 300 MHz
4 MB Flash
Compact, Ethernet on board
2 CAN interfaces
Optional LIN
16 inputs (SENT support) and 15 outputs

ESX-3CM

SIL2, PLd
TriCore TC 1798 32 bit, 300 MHz
4 MB Flash
Company, Ethernet on board
4 CAN interfaces
28 inputs (SENT support) and 28 outputs

ESX-3XM

SIL2, PLd
TriCore TC 1796 32 bit, 150 MHz
6 MB Flash
Extendable via expansion boards
4 CAN interfaces
Basic structure with 15 inputs and 8 outputs
Up to 65 inputs / outputs

ESX-3XL

SIL2, PLd
TriCore TC 1796 32 bit, 150 MHz
6 MB Flash
Extendable via expansion boards
4 CAN interfaces and one RS232 interface
Basic structure with 28 inputs and 24 outputs
Up to 136 inputs / outputs

ESX-IOXp

Infineon XC2287 16 bit, 80 MHz
768 kB Flash
Predefined standard variants
2 CAN interfaces
Up to 26 inputs / outputs

TECHNOLOGIES

Safety, reliability and conformity to standards represent essential values for our products. Therefore, we rely purely on high-quality and proven technologies to create solutions for your mobile machine.

CASE STUDIES

We are proud of our products and solutions, but they really reveal their true colors when used by our customers. Whether digitalized, automated or electrified – mobile machines repeatedly delight with new innovations, in particular in terms of their user-friendliness, reliability and ability to integrate into work processes. Thanks to our customers, we are delighted to present a small selection here.

GOLDHOFER

Goldhofer aircraft tractors move all aircrafts – from the Embraer 170 to the A340 – safely thanks to ESX control units.

BAUER

Deep hole drilling machines are controlled by STW control units with great precision in spite of high levels of vibration and applications in all climatic zones.

KUKA

The software for the KUKA omniMove was developed as a safety application in accordance with the V model, using an ESX-3XL.

STW USPs

Our objective is to support our customers in all aspects concerning the digitalization, automation and electrification of their mobile machines. We consider the entire machine lifecycle and develop our STW product and service portfolio in alignment with this lifecycle. The ECO system, an open and holistic approach, facilitates the cross-topic integration of STW solutions. Furthermore, our product approach facilitates functional expansion through partner offers and hybrid, integrated products based on our system module.